Advance concrete design solution, allowing Structural Engineers to design and detail all standard elements, achieving code-compliant designs, detailed calculation reports with code reference and rebar schedules.
PROKON 5.3 Concrete capabilities include:
- Pile Cap
- Rectangular Column
- Pad Footing
- Continuous Beam
- Circular Column
- Crack Width
- Captain
- General Column
- Beam Section
- Rectangular Slab
- Retaining Wall
- Punching Shear
Input
Graphics are updated in real time based on user input providing and accurate picture of the structure’s geometry
Design
Interactive diagrams provide insight into complicated structural behaviour.
Calcsheet
The design report is compiled automatically and includes design assumptions, step-by-step procedures and code references.
Bending Schedule
Rebar is generated that satisfies design requirements. The rebar can be edited easily and scheduled with the click of a button. The user can choose to print directly or to export to CAD for further editing.
Benefits
The ultimate intuitive engineering software available on the market
Less ambiguity
Easy to understand
Reduction of manual work on the project
Familiar format of input for engineers
Example files are available to demonstrate the functionalities
Increases efficiency and accuracy
Reduction of human errors (Detailed calculations)
Automated rebar schedules dramatically reduce work hours
Reduced requirement of additional detailers (Labour)
Greater control to the design engineer
Program layout follows the engineering workflow
Optimised design from analysis results based on material costs
Work anywhere
Ability to work in any country with an extensive range of design codes
Multi language
Allows the user to submit their reports in the preferred language for submission automatically
Key features
Automatic rebar detailing for all reinforced concrete (RC) elements
Ability to compute long-term deflections
Detailed design report with code references and detailed calculations
Interpretive design graphic output
User-defined sections
Harped and Parabolic cable profiles
Pattern loading
Pre and post-tension design, including partial pre-stressed designs
Load balancing
Crack Widths in Flexural Elements
Eccentric foundation design
Strut and Tie pile cap analysis
Model-based and stand-alone input